## Introducing HtFLlib: A Comprehensive Benchmark for Heterogeneous Federated Learning This article introduces HtFLlib, a new benchmarking framework designed to evaluate **Heterogeneous Fed…
## Introducing HtFLlib: A Comprehensive Benchmark for Heterogeneous Federated Learning This article introduces HtFLlib, a new benchmarking framework designed to evaluate **Heterogeneous Federated Learning (HtFL)** methods. Developed to address the challenges of training AI models in data-scarce environments, HtFLlib provides a unified platform for assessing different HtFL approaches across various datasets and modalities.
> The need for HtFL arises from the limitations of traditional Federated Learning (FL). Traditional FL struggles with the heterogeneity of real-world scenarios, where clients often have unique model architectures tailored to their specific needs. ### The Problem: Heterogeneity and Data Scarcity AI institutions face data scarcity when training models for specific tasks.
Standard Federated Learning, which requires identical model architectures across all participating clients, is insufficient. Clients often develop models tailored to their particular needs. Additionally, sharing locally trained models can involve intellectual property concerns and discourage collaboration.
### HtFLlib: The Solution HtFL addresses these limitations by allowing for collaboration with diverse model architectures. However, the lack of a standardized benchmark has hindered progress in this area. HtFLlib fills this gap by providing: * A **unified framework** for evaluating HtFL methods.
* Support for **diverse datasets and modalities**. * A platform for researchers to **compare and improve** HtFL techniques.